ADLINK IEC-915GV Compact industrial-grade fanless embedded system
The ADLINK IEC-915GV is a compact, industrial-grade fanless embedded system engineered for reliable compute performance, quiet operation, and continuous multi-screen display management in space-constrained industrial and commercial deployments
Application Cases
Factory Automation & Machine Vision: Functions as an edge controller on assembly lines, handling machine data collection, sensor interfacing, and basic optical monitoring.
Digital Signage & Commercial Displays: Drives multi-screen media walls, interactive kiosks, and information display systems in transport hubs, retail stores, and control centers.
Transportation & Fleet Control: Operates inside vehicle cabins or roadside stations for traffic signal management, passenger information systems (PIS), and surveillance logging.
Building Automation & Energy Monitoring: Serves as a centralized gateway for HVAC monitoring, environmental sensing, and automated access control panels.
Product Advantages and Features
Fanless & Rugged Design: Sealed, fanless chassis eliminates moving parts, dramatically lowering dust ingress risks and reducing hardware failure rates in harsh environments.
Flexible Display Outputs: Built-in Intel graphics controller supports dual independent displays (VGA / DVI / LVDS depending on riser configuration) for multi-monitor setups.
Rich Industrial I/O Expansion: Equipped with multiple RS-232/422/485 serial ports, USB 2.0 interface headers, dual Gigabit Ethernet ports, and standard PCI/PCIe expansion slots.
Wide Voltage Range Input: Accepts broad DC power input tolerances to withstand voltage spikes commonly found in factory power grids and mobile units.
High Reliability & Continuous Operation: Optimized thermal dissipation architecture guarantees 24/7 continuous operation across extended industrial operating temperature ranges.
Other Models in the Same Series
The ADLINK IEC / MXC Series offers tailored embedded platforms for varying compute, thermal, and expansion requirements:
| Model | Primary Distinction | Typical Application |
| ADLINK IEC-915GV | Intel 915GV chipset, compact fanless footprint, dual display support | Entry-level signage, basic automation gateways |
| ADLINK IEC-3900 | Ultra-compact fanless box PC with low-power Intel Atom architecture | Space-restricted IoT edge controllers, remote terminal units |
| ADLINK MXC-6300 Series | High-performance Intel Core i-series processors with multiple PCI/PCIe slots | Complex machine vision, high-speed motion control |
| ADLINK Matrix MXE Series | Rugged quad-core platforms with broad operating temperatures ($-20^\circ\text{C}$ to $+70^\circ\text{C}$) | Extreme environment transportation, harsh outdoor deployment |
Installation and Maintenance
1.Safety Lockout & Site Inspection：Prerequisite。
Ensure the DC power supply is completely switched off. Verify that the mounting site in the control cabinet allows adequate airflow around the aluminum heatsink fins.
2.Mount chassis via Wall-Mount or DIN Rail：Mechanical Mounting。
Securely attach the mounting brackets to the IEC-915GV chassis. Secure the system to a flat panel or DIN rail inside the enclosure using the specified torque M3/M4 screws.
3.Connect Grounding, I/O, and Power：Wiring & Cable Management。
Connect the chassis earth ground wire first to minimize static discharge risks. Plug in dual LAN, serial COM ports, displays, and attach the 3-pin terminal block DC power connector.
4.Power On and Bios Verification：Initial Boot & Diagnostics。
Apply DC power, verify system LED indicators, and enter the BIOS to configure watchdog timer settings and boot order for the embedded OS.
Preventative Maintenance: Clean accumulated dust from external heatsink fins every 6 to 12 months using compressed dry air. Periodically inspect terminal block screws and cable strain reliefs for looseness due to equipment vibration.
Unique Product Description
The ADLINK IEC-915GV combines robust industrial reliability with versatile multimedia capability. Housed in a heavy-duty fanless enclosure, it acts as an unyielding compute node capable of handling real-time data ingestion, display output, and legacy serial device control under demanding industrial conditions without thermal throttling or noise.